Description
Key Learnings
- Identify the challenges of scanning and modeling congested areas, heavy equipment, and multiple floors of a hot facility
- Execute a project plan that accounts for the variability of the conditions that are present in many brownfield plants
- Implement a series of scanning and modeling best practices to ensure that project workflow is efficient and accurate
- Make use of the tools in Autodesk Plant 3D, AutoCAD, and third-party applications that optimize the scan-to-model workflow
Speakers
- KGKevin GroverKevin is a Practice Service Technology Lead and UAS Operations manager at Stantec. His group has been collecting, processing and extraction data from terrestrial and mobile laser scanning for the past 9 years, and with UAS for the past 4. With the amount of data collection technology being utilized at Stantec, Kevin is always looking for better ways to leverage processing software to enhance and improve data extraction methods. He is leading the growth of UAS operations at Stantec for survey, mapping and inspection purposes.
- GHGreg HaleGreg has been executing projects in the AECO industry for the last 20 years with a background in construction management, structural engineering, BIM management and technology consulting. In 2014, Greg co-founded Hale Technology in Practice (Hale TiP) and now manages a strong team of technologists. Specializing in Autodesk Revit, Navisworks, 3D laser scanning, photogrammetry and mobile technology, he provides training, strategic planning, 3D building documentation services and best practice solutions to clients across the US. Greg has spoken at several professional events including Autodesk University, SPAR 3D, BILT, USIBD, Geoweek and New York State Geocon. He has taught Revit and Design Technology to students at the Rochester Institute of Technology for 5 years. In addition, Greg is the founder and group manager of the regional AEC Technology User Group